Electromechanical Engineering

Electromechanical engineering (5 years)

ACCREDITATION

Academic major accredited for 6 year, by Resolution CONEAU nr. 368/14

DOWNLOAD RESOLUTION

Resolution CONEAU nr. 368/14

PROFESSIONAL PROFILE OF RECENT GRADUATES

An electromechanical engineer in accordance to his knowledge, capacities and adequate abilities is in conditions to:

Undertake with a theoretical capacity and an innovative approach the technical problems and technological changes that are within their range.
Recognize the existing technologies, select, manage, create and develop new technologies.
Distinguish the levels of hierarchy of a general electromechanical system and integrate into systems equipped with a varying degree of complexity, analyzing and evaluating with proper methods of engineering.
Using the techniques and information technology tools.
Interpret economic variables and their impact on production, entrepreneurship and society. Deal with the constant knowledge development required by their specialty.
Express an ethical attitude at work and in other social activities.
Express an attitude of commitment to values such as environmental protection and economics of natural resources.

The scope of an Electromechanical Engineer:

A - Study, planning, project management, construction, installation, commissioning, operation, testing, measurement, maintenance, repairs, modifications, changes and inspection of:

Electrical and mechanical systems or parts with these features included in other systems. Systems or parts of systems of energy generation, transmission, distribution, receipt and use of electrical energy in the industrial frequencies.
Laboratories related to the preceding paragraphs.

B - Studies, tasks and advice on:
Arbitrations, skills and appraisals related to electromechanical systems.
Control systems.

C - Hygiene, Industrial security, environmental contamination related with item A.

DOWNLOAD THE SCHEDULE OF MAJOR CLASSES

Res_HCS_39-04_Plan_de_Estudios_2004_Electromecánica.pdf

Res_HCS_20-01_Plan_de_Estudios_2000_Electromecanica.pdf

Res HCD 167 Innov curric PE2004 - Ing Electromecánica.pdf

PLAN OF ACADEMIC STUDIES

FIRST YEAR
First Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
1	Álgebra and Analytic Geometry	C.B.	5	75	---	---
2	Mathematical Analysis I	C.B.	5	75	---	---
3	Information Thecnology	C.B.	4	60	---	---
4	Chemistry	C.B.	5	75	---	---
5	System of Representation I	C.B.	5	75	---	---
	Subtotal of Module		24	360
Second Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
6	Lineal Algebra	C.B.	6	90	1	---
7	Mathematical Analysis II	C.B.	6	90	2	---
8	Physics I	C.B.	11	165	1 - 2	---
	Subtotal Module		23	345
	Total de Primer Año		47	705

SECOND YEAR
Third Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
9	Mathematival Analysis III	C.B.	7	105	6 - 7	---
10	Proficiency Test of English Language	O.C.		60	---	---
11	Physics II	C.B.	8	120	7 - 8	---
12	Probability and Stadistic	C.B.	4	60	2 - 6	---
	Subtotal Module		19	345
Fourth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
13	Materials Science	T.B.	10	150	4 - 7 - 8	1 - 2
14	Electro Technology I	T.B.	6	90	9 - 11	1 - 2
15	Stability I	T.B.	6	90	7 - 8	1 - 2 - 5
16	Applied Mathematic	T.B.	8	120	9 - 11	1 - 2 - 3
17	System of Representation II	C.B.	5	75	3 - 5	---
	Subtotal Module		35	525
	Total of Second Year		54	870

THIRD YEAR
Fifth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
18	Electro Technology II	T.B.	6	90	14 - 16	7 - 8
19	Electrical Measures	T.A.	7	105	12 - 14	7 - 8
20	Logical Systems	T.B.	6	90	16	8
21	Thermodynamic	T.B.	8	120	16	8
	Subtotal Module		27	405
Sixth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Appled Correlative
22	Stability II	T.B.	6	90	13 - 15 - 17	8
23	Electrical Machines	T.A.	8	120	18 - 19	9 - 11
24	Fluid Mechanic	T.B.	6	90	21	9
25	Theory Mechanic	T.B.	8	120	16	8 - 9
	Subtotal Module		28	420
	Total of Third Year		55	825

FOURTH YEAR
Seventh Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
26	Economy	C.	5	75	16	10 - 12
27	Electronics	T.A.	6	90	20 - 23	10 - 14
28	Hydraulic Machines	T.A.	6	90	24	10 - 16
29	Mechanical Technology	T.A.	8	120	22	10 - 13 - 17
	Subtotal Module		25	375
Eighth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
30	Electrical Installations	T.A.	6	90	27	19
31	Thermal Machines	T.A.	8	120	27 - 28 - 29	21
32	Mechanisms and Machine Elements	T.A.	7	105	29	15
33	Transmission and Distribution of Electrical Energy I	T.A.	6	90	22 - 23	15 - 18
	Subtotal Module		27	405
	Total of Fouth Year		52	780

FIFTH YEAR
Nineth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
34	Electric Energy Centers	T.A.	6	90	26 - 31	23 - 24
35	Applied Mechanics	T.A.	7	105	25 - 32	22 - 23 - 25
36	System of Control	T.A.	6	90	27 - 28 - 32	23 - 24
37	Transmission and Distribution of Electrical Energy II	T.A.	6	90	33	19 - 23
	Subtotal Module		25	375
Tenth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
38	Legislation and Environmental Management	C.	6	90	34 - 37	---
39	Industrial Organization	C.	6	90	30 - 34 - 36	26 - 27 - 29
40	Supervised Professional Practice	O.C.	---	200	---	(*) y 43
41	Design and Evaluation	O.C.	6	90	35	(*)
42	Refrigeration and Air Conditioningo	T.A.	6	90	30 - 36	28
	Subtotal del Módulo		24	560
	Total of Fifth Year		49	935

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Electromechanical engineering (5 years)